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Laminated Busbar <br>Complete Guide & Overview

Laminated Busbar
Complete Guide & Overview

Multi-layer power interconnection solutions with low inductance, high current capacity, and superior reliability — engineered for EV, renewable energy, AI data centers, rail transit, and industrial applications.

  • .Low parasitic inductance
  • .Up to 2000A current capacity
  • .Custom sizes & fabrication
  • .IGBT / SiC / GaN ready
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    Epoxy coated busbar

    Epoxy coated busbar

    For high-voltage power electronics requiring superior insulation, A&JLINK's epoxy coated busbars deliver high dielectric strength and corrosion protection.
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    Simulation-inductance

    Simulation-inductance

    Inductance simulation calculates busbar inductance for the defined current loops. By evaluating magnetic flux density, it is possible to indicate critical areas for inductance and to propose solutions to reduce overall system inductance. capabilities allow to compute inductance at frequencies from 1kHz to 10MHz.
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    Integrated capacitor busbar

    Integrated capacitor busbar

    When ultra-low inductance is critical for IGBT and SiC modules, A&JLINK's integrated capacitor busbars deliver built-in capacitance in a compact design.
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    Copper Laminated Busbar <br> High Conductivity Power Interconnection Solutions

    Copper Laminated Busbar
    High Conductivity Power Interconnection Solutions

    High-purity copper conductors with IACS 100%+ conductivity, engineered for EV traction inverters, high-frequency power supplies, and high-current industrial drives. Custom sizes, shapes, and fabrication available with fast lead time.

  • IACS 100%+ conductivity
  • Up to 2000A current capacity
  • Low parasitic inductance
  • Custom sizes & fabrication
  • Sn / Ag / Ni surface plating
  • IATF 16949 compliant
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    Aluminum Laminated Busbar<br> Lightweight & Corrosion-Resistant Power Distribution

    Aluminum Laminated Busbar
    Lightweight & Corrosion-Resistant Power Distribution

    Lightweight aluminium (aluminum) conductors with up to 40% weight reduction versus copper — engineered for solar combiner boxes, battery energy storage systems, and weight-sensitive EV designs. Cost-effective without compromising reliability.

  • Up to 40% lighter than copper
  • 30-50% lower material cost
  • Natural corrosion resistance
  • IACS 60%+ conductivity
  • Ideal for outdoor solar applications
  • Custom fabrication available
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